KR100825886B1 - Interlining and woven fabrics and attaching method interlining to woven fabrics - Google Patents

Abstract

The present invention relates to a wick and a textile product and a method of attaching the same. Among them, the present textile product, the outer and forming the appearance; And a wick woven including at least one or more low-temperature fusion yarns attached to at least one region of the inner surface of the outer fabric and having a low temperature fusion polyester fused at a relatively low temperature. Accordingly, the wick woven from low-temperature fusion yarn and ordinary polyester yarn, cotton yarn, wool, rayon, etc. can be adjusted to the temperature according to the temperature, so that not only can be used in various fabrics, but also various kinds of conventional The production of wicks can prevent the rise of production facilities and production costs. In addition, dyeing is free, and damage to the human body can be prevented as the original filament of the existing wick spouts.

Wick, low temperature fusion yarn, polyester, polymer, clothing, hat, curtain, textile

Description

Wick and textile products and how to attach such wicks to textile products {INTERLINING AND WOVEN FABRICS AND ATTACHING METHOD INTERLINING TO WOVEN FABRICS}

Figure 1 (a) is a cross-sectional view of the low-temperature fusion yarn used as one of the warp and weft in the wick according to an embodiment of the present invention,

Figure 1 (b) is a cross-sectional view of the blended low-temperature fusion splicing yarn used as one of the warp and weft in the wick according to another embodiment of the present invention,

2 is a perspective view of a cap equipped with a wick according to the present invention;

3 is a side cross-sectional view of the hat of FIG.

Figure 4 is a flow chart showing a process of attaching the wick to the textile product according to the present invention.

Explanation of symbols on the main parts of the drawings

10: low temperature fusion yarn 11: core

12: Sheath 15: Low temperature fusion fiber

20: blended low temperature fusion yarn 25: general yarn

100: hat 110: visor

120: crown 131, 132: wick

The present invention relates to a wick and a textile product, and a method of mounting such a wick on a textile product, more specifically, can be used irrespective of the type of the fabric to be attached, and can easily adjust the degree of warp, The present invention relates to a wick and textile product which is not only excellent in form stability due to less deformation by water, but also harmless to human body and free of dyeing, and a method of mounting such a wick on the textile product.

In general, the wick serves to supplement the outer material, and is attached to clothes, hats, etc. and used to reinforce or preserve the whole or any limited area. There are various kinds of wicks such as woven fabrics, knitted fabrics, and nonwoven fabrics. The selection of wicks is used in consideration of the type of clothes, the use, the characteristics of the outer material, the change of fashion, and personal preference. Recently, thin nonwoven adhesive wicks are most often used as wick materials, and thick wicks are used for overcoats and jackets. In addition, a wick made of polyester filament and cotton yarn is used for the belt part of a hat or clothing.

Such wicks can be classified into belt wicks, cotton wicks, wicks, wicks, hair crosses, and non-woven fabrics according to the fabric. Each wick and its purpose will be described as follows.

First of all, the belt wick is a wick that is put to give strength to the waistband of a skirt or pants, and is used when the fabric is slightly hardened. Apply several layers of adhesive wick to adjust the precision. The belt wick uses a polyester monofilament of 500 to 800 denier as a warp yarn, cotton as a weft yarn, and is mainly used for textile products in which shape retention is important, such as a hat or a belt.

The cotton core is made of cotton fibers, and the shrinkage is severe after pressing or washing, and wrinkles occur on the outer material. So, weaving is mixed with polyester fiber rather than 100% cotton, making it a high density and thin wicks are used a lot. Mixed wicks of cotton and polyester have good shape preservation and are used for sweating.

The massage paper is made of 100% mana blend and has the advantage of good wear resistance, but it is stiff and has no flexibility and less elasticity. It is usually used as a thick material such as the front body of a suit or the wick of a collar.

The wick is a weave made of various types of hair and human hair, and the surface is rough and hard, but it has the advantage of being freely composed in shape because of its elasticity and flexibility. It is mainly used for jackets, suits, coats, front bodies, collars, etc., and it is generally used to blend wool and other fibers.

Hair cloth is a weaving made of different types of hairs, such as cultivars, where low-quality wool is used for warp and weft yarns in thin plain weave. It is a woven material made of plain weave or silk by using hair, cotton, and viscose rayon including horse hair.

Non-woven fabrics are made by thin or thickening various types of fibers and using adhesives to fix them. This material is light, not loose, and has no eating direction, but it is not drape and has weak strength. It can also be used for textile materials and knitted fabrics, and is widely used because it is inexpensive and inexpensive due to washing.

On the other hand, these wicks are classified into adhesive wicks and non-adhesive wicks depending on whether they are adhesive or not, and adhesive wicks are coated on one or both sides of various wick types. The side on which the adhesive is fixed can be brought into contact with the inside of the outer material, and then pressurized with a press to bond it. Since the adhesive wick increases the stability of the material to facilitate the sewing process, the operator's efficiency is improved. However, when using the adhesive wick, thin and shiny material should be used after testing, and should be attached after testing at the end because it does not fall well once bonded to the fabric.

As described above, various types of wicks are conventionally used depending on the type and use of the fabric to be attached. Therefore, since various production lines are required to produce the wick, there is a disadvantage that the productivity is lowered and the production cost is increased.

On the other hand, in the case of belt wick, in order to ensure a certain strength or more, weaving using a polyester monofilament and a face as a warp and weft, respectively, various problems have been derived by using the polyester monofilament. For example, when the mono monofilament used for warp is folded or pushed due to long use or washing, the polyester monofilament comes out of the clothes. This folded or extruded polyester monofilament not only damages the appearance of the garment but can also harm the body if it comes into contact with the body. In addition, since the belt wick adjusts the degree of warp to the thickness of the thread, in order to control the degree of warp, it is inconvenient to change the thread during weaving. In addition, polyester monofilaments cannot be dyed and have the disadvantage of causing deformation in the wick if excessive heat is applied.

Accordingly, there is a need to develop a wick compatible to be used regardless of the type of fabric to be attached. In addition, the degree of warp can be easily adjusted to simplify the processing process, and there is a need to develop a wick that is excellent in shape stability due to less deformation in heat or water, and harmless to the human body and free of dyeing.

Accordingly, it is an object of the present invention to provide a wick and a textile product which can be used irrespective of the type of fabric to be attached and a method of mounting such a wick on the textile product.

It is another object of the present invention to provide a wick and a woven product having a good shape stability because the deformation of the warp can be easily adjusted and the deformation by heat or water is small, and a method of mounting such a wick on the woven product.

Still another object of the present invention is to provide a wick and a textile product which are harmless to the human body and free of dyeing, and a method of mounting such a wick on the textile product.

The structure of the present invention for achieving the object, in the wick to maintain the form of the outer surface, characterized in that weaving a low-temperature fusion yarn comprising a low-temperature fusion polyester fused at a relatively low temperature to at least one of warp and weft yarn. do.

Here, the low-temperature fusion yarn, preferably formed of at least one low-temperature fusion fiber having a core formed of a polyester having a high melting point, and a sheath formed of a polymer polyester having a low melting point surrounding at least one region of the core. Do.

It is preferable that the low temperature fusion yarn is a blended low temperature fusion yarn mixed with at least one of the low temperature fusion fiber and the general polyester yarn, cotton yarn, wool, rayon yarn.

The wick may be woven with the low temperature fusion yarn as warp and weft yarns, the low temperature fusion yarn as any of warp and weft yarns, and at least one of general polyester yarn, cotton yarn, wool, and rayon yarn It may be woven from one of the wefts.

The wick may be woven with the blended low temperature fused yarn as warp and weft yarn, the blended low temperature fused yarn as one of warp and weft yarn, and the low temperature fused yarn as the other of warp and weft yarn, The blended low temperature fused yarn may be woven with any one of warp and weft yarns, and at least one of general yarns such as general polyester yarn, cotton yarn, wool, and rayon yarns as another one of warp yarns and weft yarns.

The low temperature fused yarn is fused at a temperature between 160 and 240 ° C., and the higher the temperature within the temperature, the greater the degree of heatiness.

The wick is woven by using at least one yarn of the low-temperature fusion yarn and blended low-temperature fusion yarn, or at least one of the low-temperature fusion yarn and blended low-temperature fusion yarn, among the general polyester yarn, cotton yarn, wool, rayon yarn At least one can be woven into a knitted fabric using blended yarns.

On the other hand, the object, according to another embodiment of the present invention, a low-temperature fusion fiber comprising a core formed of a high melting point polyester, and a sheath formed of a polymer polyester having a low melting point surrounding at least one region of the core It includes, and can be achieved by a wick characterized in that weaved by at least one of the warp and the weft yarn is a low-temperature fusion yarn polyester that is fused at low temperature.

On the other hand, the above object, according to another aspect of the present invention, in the textile product to be used for a purpose by having a certain form using a fabric, the outer surface forming the appearance; Wick attached to at least one region of the inner surface of the outer fabric, and woven woven by using at least one of the warp and weft yarn low-temperature fusion yarn comprising a low-temperature fusion polyester fused at a relatively low temperature; in the textile product comprising a Can also be achieved.

The textile products may include at least one of products using fabrics such as clothing, accessories including hats and bags, and interior products including curtains.

On the other hand, the above object, according to another aspect of the present invention, in the method for attaching the woven fabric to the woven fabric made of at least one of a low-temperature fusion polyester made of a low-temperature fusion polyester fused at a relatively low temperature, the warp and the weft yarn, Fusing the wick by applying heat at an appropriate temperature; Adhering the fused wick by applying an adhesive to an inner surface of the fabric; It can also be achieved by a method of attaching the wick to the textile product comprising the step of applying heat to the woven fabric is bonded to the wick.

Here, the step of fusing the wick, it is preferable that the step of adjusting the degree of strength of the wick according to the type of fabric used the wick.

In the fusion step of the wick, the wick is fused by heat between 160 and 240 ° C., and the higher the temperature within the temperature, the greater the degree of hardness of the wick.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The wick is woven using at least one of a warp yarn and a weft yarn of a low temperature fusion yarn or a blended low temperature fusion yarn containing a low temperature fusion polyester fused at a relatively low temperature.

1 (a) to (b) is a cross-sectional view of a low-temperature fusion yarn for weaving a wick according to an embodiment of the present invention.

In general, the yarn is produced by spinning a plurality of fibers arranged side by side and finely stretched step by step to extract the thread of the required thickness by twisting the fibers so as not to be disturbed or slipped. The low-temperature fusion yarn 10 is also produced by spinning a plurality of fibers, the low-temperature fusion fibers 15 forming the low-temperature fusion yarn 10, the core 11 formed of a general polyester, and surrounds the core 11 It consists of a sheath 12 formed of a polymer polyester having a low melting point.

Here, as the component of the sheath 12, an amorphous polyester copolymer having no melting point can be used by a conventional melting point analyzer, and a relatively high melting polyester can be used as a component of the core 11. . The polyester copolymer which is a component of the sheath 12 is a copolyester in which glass transition temperature is 60 degreeC or more, and 50-70 mol% is a polyethylene terephthalate unit. As the copolymerized acid component, isophthalic acid is preferable, but in addition, all ordinary dicarboxylic acids are possible. For example, aromatic dicarboxylic acids such as phthalic acid or phthalic anhydride and aliphatic dicarboxylic acids such as adipic acid or succinic acid are possible. As the diol component, in addition to ethylene glycol, aliphatic polyhydric alcohols such as 1,4-butanediol, 1,6-hexanediol, neopentyl glycol, and the like, and substituted polyhydric alcohols such as cyclodimethanol (CHDM) may be used.

The sheath 12 is formed by blending 80 to 99% by weight of such copolyester, preferably 97 to 90% by weight, and 20 to 1% by weight of polyolefin, preferably 10 to 3% by weight. In the case of polyolefins, melting points vary from 80 ° C to 135 ° C, and molecular weights are also broad, so they are the most suitable olefins.

As such a polyolefin, a high density polyethylene, a linear low density polyethylene, a low density polyethylene, an ethylene-vinyl-acetate copolymer, etc. can be used, These can be individual or mixed, and it is not specifically limited to any one kind of polyolefin. However, the use of linear low density polyethylene (LLDPE) among polyolefins is most preferred in terms of meltability as well as compatibility with polyesters.

In particular, the polyolefin may have a melt flow index of 1 to 45, but is preferably about 15 to 30. This is because, if the melt flow index is too low, the viscosity difference with the polyester is too high, and the meltability is lowered. If the melt flow index is too high, the radioactivity is lowered. In addition, the melt viscosity of the polyolefin also acts as an important measure, the viscosity of 500 to 10,000 Pa.S is preferred, and more preferably 1,000 to 3,000 Pa.s as the viscosity is measured at 150 ℃, the actual processing temperature.

On the other hand, as the high melting point component used as the core 11, a polymer having a melting point of 160 ° C. or more is suitable, and examples of usable examples thereof include polyethylene terephthalate, polybutylene terephthalate, polyamide, polyethylene terephthalate copolymer, and polypropylene. Etc.

The low-temperature fusion yarn 10 formed of the sheath 12 and the core 11 is formed of 75 to 500 denier, and is fused at a lower temperature than ordinary polyester. In particular, as shown in (a) of FIG. 1, when splicing only the low temperature fusion fibers 15 to form the low temperature fusion yarn 10, the low temperature fusion fibers 15 are fused at the lowest temperature that can be formed. It begins.

Meanwhile, in the above-described embodiment, the low-temperature fusion yarn 10 is spun with only the low-temperature fusion fiber 15, but as shown in FIG. 1 (b), the low-temperature fusion fiber 15 is made of general polyester yarn, cotton yarn, The blended low temperature fusion spliced yarn 20 may be manufactured by blending one of the fibers of the general yarn 25 such as wool and rayon yarn in an appropriate ratio. At this time, the blending ratio of the low temperature fusion fibers 15 constituting the blended low temperature fusion yarn 20 is about 25 to 75% is good, the lower the content ratio of the low temperature fusion fibers 15 is fused at a higher temperature. Accordingly, the low-temperature fusion yarn 10 and the blended low-temperature fusion yarn 20 is a temperature range of the fusion can be formed from a maximum 240 ℃ to a minimum 160 ℃, preferably preferably fused at a temperature range of 180 to 200 ℃. .

When weaving the wick using the low-temperature fusion yarn 10 and the blended low-temperature fusion yarn 20 as a weft or warp yarn, weaving is possible in various ways as in the following five embodiments, and the weaving method is plain weave, twill weave, and weaving weave. Etc. Various methods can be used.

First Embodiment

The low-temperature fusion yarn 10 spun with only 100% low-temperature fusion fibers 15 is inclined with the weft yarn to weave the wick.

Second Embodiment

The wick is made of 100% low temperature fusion fibers 15 spun yarn (or warp yarn), and one of ordinary yarns such as general polyester yarn, cotton yarn, wool, and rayon is made of warp yarn (or weft yarn). Weave.

Third Embodiment

The low-temperature fusion fiber 15 is mixed with one of the fibers of the general yarn 25, such as general polyester yarn, cotton yarn, wool, and rayon yarn, and the mixed low-temperature fusion yarn 20 is spun (or warped). The wick is woven using one of ordinary yarns such as polyester yarn, cotton yarn, wool yarn and rayon yarn as a warp yarn (or weft yarn).

Fourth Embodiment

Weaving the wick by forming a warp yarn and warp with only the blend low-temperature fusion yarn (20) spun by blending one of the fibers of the general yarn (25), such as low-temperature fusion fibers (15) and general polyester yarn, cotton yarn, wool, rayon yarn do.

Fifth Embodiment

The wick is woven with the low temperature fusion yarn 10 spun with only 100% low temperature fusion fibers 15 as the warp yarn (or weft yarn) and the mixed low temperature fusion yarn 20 as the weft yarn (or warp yarn).

Table 1 shows the first to fifth embodiments as follows.

Warp (or weft) Weft (or warp) First embodiment Low temperature fusion yarn Low temperature fusion yarn Second embodiment Low temperature fusion yarn One of ordinary polyester yarn, cotton yarn, wool or rayon yarn Third embodiment Blended Low Temperature Fusion Yarn One of ordinary polyester yarn, cotton yarn, wool or rayon yarn Fourth embodiment Blended Low Temperature Fusion Yarn Blended Low Temperature Fusion Yarn Fifth Embodiment Low temperature fusion yarn Blended Low Temperature Fusion Yarn

Thus, the wick, which is woven with one of ordinary yarns such as low-temperature fusion yarn 10, mixed low-temperature fusion yarn 20, general polyester yarn, cotton yarn, wool, rayon yarn, and the like with a weft yarn, is lower than ordinary polyester and has low temperature fusion. Fusion is possible at a temperature higher than the yarn (10) 160 to 240 ℃. Therefore, when the heat is applied between 160 and 240 ° C. after weaving the wick, the sheath 12 portion of the low temperature fusion fiber 15 is deformed, so that fusion occurs easily between yarns, as well as wicking, The coating or bonding effect is expressed even without special post processing.

On the other hand, the wick can adjust the stiffness (stiffness) according to a plurality of temperature ranges previously classified between 160 ℃ and 240 ℃. For example, the low temperature fusion yarn 10 is fused to a degree that can feel the general degree of firmness when heat is applied to about 170 ℃, when the heat of about 180 ℃ is fused to a degree enough to feel as strong as paper. Accordingly, as the temperature increases within a certain temperature range, the degree of strength increases, and as the temperature decreases, the degree of temperature decreases, so that a corresponding temperature may be applied to implement a desired degree of temperature.

In addition, since the wick is formed of polyester fibers rather than monofilaments like conventional wicks, unlike conventional wicks, dyeing is free, and dyeing on fabrics is possible, as well as dyeing on fabrics. In addition, as the yarn is used without the monofilament as in the prior art, it is resistant to moisture and does not cause shrinkage during washing, and thus prevents puckering, and the filament is pushed out even when applied to water or heat. Damage can be prevented at the source.

Such a wick can be implemented as a wick in a variety of textile products because it can implement the degree of temperature by adjusting the temperature within a certain temperature range. For example, it can be used for almost any product made of fabric, such as clothes such as clothes, accessories such as hats and bags, interior products such as curtains, etc., regardless of the degree of use or the degree of wariness.

Among these, the case in which the wick is attached to the hat will be described with reference to FIGS. 2 and 3 as follows.

Hat 100, as shown in Figure 2, generally has a visor 110 formed to protrude toward the front of the face to cover the sunlight, and a crown 120 surrounding the head. Here, the visor 110 is formed relatively thick. Crown 120 is coupled to the visor 110 is formed in a hemispherical shape to surround the head, is divided into a plurality of pieces along the circumferential direction. The wick 132 is attached to the inside of the crown 120.

The process of attaching the wick to the cap 100 and attaching the wick to the cap 100 will be described with reference to FIG. 4.

First, weaving the wick using low-temperature fusion yarn 10 and the general polyester fiber using a weaving method, such as plain weave, twill weave, satin weave (S10). Then, the wicks 131 and 132 attached to the crown 120 of the cap 100 are processed to achieve an appropriate degree of tightening, respectively (S20). Then, the wick 132 attached to the crown 120 is processed to a relatively less heat by applying a relatively low heat curing temperature, for example, 160 ~ 200 ℃ heat. Then, the outer fabric (115, 125) forming the crown 120, the altar, according to the wick 131, 132 attached to the crown 120 according to the altar (S30), the outer shell 125 and the wick (120) of the crown (120) 132 is attached with an adhesive or the like (S40). As such, the outer fabrics 115 and 125 and the wicks 131 and 132 are bonded to each other, and then heated again, so that the outer fabrics 115 and 125 and the wicks 131 and 132 are combined. Then, each of the crown 120 is sewn to fit the altar, and combines the visor 110 in front of the crown 120 to complete the cap 100 (S50).

Meanwhile, in the above-described embodiment, the hat 100 is described as an example. However, the case in which the wick is mounted on clothing such as a suit will be briefly described as follows. First, the wick is processed in accordance with the pockets, collars, shoulders, chest, pouch lip, front chin, and pocket cover, which are parts of the wick. At this time, each part to which the wick is mounted may be different or the same degree of mutual firmness, and the required degree of firmness by applying heat to the wick by determining the appropriate fusion temperature according to the degree of firmness required in advance The wick can be produced. The wicks are fabricated in accordance with the areas to be bonded to each other, and the outer fabric and the wicks are attached with an adhesive or the like, and then stitched to the altars to complete the garment.

As described above, in the present invention, the low-temperature fusion yarn 10 comprising polyester fused at low temperature and the general woven yarn are used to weave the wick so that the degree of hardness of the wick is within 160 to 240 ° C. It can be adjusted according to the temperature. Therefore, the present wick can be used to adjust the degree of warp correspondingly according to the type of various fabrics, there is no need to produce a variety of wicks. Accordingly, in the related art, since the wick must be produced in various ways, it is possible to prevent an increase in facility cost caused by having various facility lines and thus an increase in production cost. In addition, since the degree of firmness of the wick can be adjusted by only a simple process of applying heat, the productivity of the wick can be improved by simplifying the wicking process compared to the conventional process of controlling the degree of firmness by changing the thickness of the yarn. have.

On the other hand, this wick does not use polyester monofilament of the existing wick, and as the polyester fiber is used, the dyeing is free, it is strong in heat or washing, and can prevent deformation or shrinkage, and the polyester monofilament of the existing wick As it is pushed out, damage to the human body can be prevented. Thereby, this wick can be used for interior use, such as a garment and curtain which require form stability.

On the other hand, in the above-described embodiment, one or more of the general yarns, such as the low-temperature fusion yarn 10 and blended low-temperature fusion yarn 20, a general polyester yarn, cotton yarn, wool, rayon yarn, is selected to be inclined and weft yarn Weaving However, of course, the low temperature fusion yarn 10 and the blend low temperature fusion yarn 20 may be woven by knitting to make a nose in one line. At this time, the low-temperature fusion yarn 10 and the mixed low-temperature fusion yarn 20 may be knitted in a single line, respectively, to weave the wick, or the low-temperature fusion yarn 10 and the mixed low-temperature fusion yarn 20 may be mixed or low temperature fusion. It is also possible to weave the wick by knitting one of the yarn 10 and the blended low temperature fusion splicing yarn 20 and one of the general yarns such as general polyester yarn, cotton yarn, wool, and rayon yarn.

As described above, in the detailed description of the present invention, specific embodiments have been described, but it should be taken as exemplary, and various modifications may be made without departing from the technical spirit of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the claims below, but also by the equivalents of the claims.

As described above, according to the present invention, by allowing the wick woven from low-temperature fused yarn and ordinary polyester yarn to be adjusted according to the temperature, not only can be used in various fabrics, but also various kinds of wicks in the past It is possible to prevent the increase in production equipment and production costs that occur as a result of producing. In addition, dyeing is free, and the damage to the human body can be prevented as the original wick polyester monofilament is pushed out.

Claims (30)

In the wick attached to the outer fabric to maintain the shape of the outer fabric, Weaving includes a low-temperature fusion yarn consisting of a core formed of a polyester having a high melting point, and a plurality of low-temperature fusion fibers having a sheath formed around the core formed of a polymer polyester having a low melting point, The low temperature fusion yarn is fused at a temperature between 160 and 240 ℃, the wick is characterized in that the degree of heat increases as the temperature is higher in the temperature. The method of claim 1, The low-temperature fusion yarn is a blended low-temperature fusion yarn that is blended and woven with fibers, wherein the fiber is any one of polyester yarn, cotton yarn, wool and rayon yarn. The method of claim 2, The wick, characterized in that weaved by the blended low-temperature fusion yarn as warp and weft. The method of claim 2, The wick is characterized in that the blended low-temperature fusion yarn is made of any one of the weft and the warp yarn, and the fiber is woven with the other of the weft and warp yarn. The method of claim 2, The wick is mixed with the blended low-temperature fusion yarn and the fiber, and weaved the blended yarn and red tide. The method of claim 1, Wick, characterized in that formed by knitting the low-temperature fusion yarn. The method of claim 1, The low-temperature fusion yarn is a blended low-temperature fusion yarn that is blended and woven with a plurality of fibers, wherein the plurality of fibers are two yarns selected from polyester yarn, cotton yarn, wool and rayon yarn. The method of claim 7, wherein The wick, characterized in that weaved by the blended low-temperature fusion yarn as warp and weft. The method of claim 7, wherein The blended low temperature fusion yarn made of any of the weft and warp yarn, Wick, characterized in that the woven from one of the polyester yarn, cotton wool and rayon yarn to the other. The method of claim 7, wherein A wick, characterized in that the blended low-temperature fusion yarns, polyester yarns, cotton yarns, wool and rayon yarns are mixed and weaved the blended yarns. The method of claim 7, wherein The blended low temperature fusion yarn made of any of the weft and warp yarn, The wick is characterized in that the low-temperature fusion yarns are woven by the other of the weft and the warp. The method of claim 7, wherein The wick, characterized in that for forming the blended low-temperature fusion yarn. delete In the textile products that are used for the purpose by having a certain form using the fabric, Outer shell and forming appearance A low temperature fusion yarn composed of a plurality of low temperature fused fibers attached to an inner side of the outer fabric and having a core formed of a polyester having a high melting point and a sheath formed of a polymer polyester having a low melting point surrounding the core; Including wicks that are woven; Wherein the low-temperature fusion yarn is fused at a temperature between 160 to 240 ℃, the higher the temperature within the temperature is a textile product, characterized in that the degree of hardness increases. The method of claim 14, The low-temperature fusion yarn is a blended low-temperature fusion yarn that is blended and woven with fibers, wherein the fiber is any one of a polyester yarn, cotton yarn, wool and rayon yarn. The method of claim 14, Woven fabrics characterized in that the low-temperature fusion yarns are inclined and wefted. The method of claim 15, Woven fabrics, characterized in that the low-temperature fusion yarn is made of any one of the weft and warp yarns, and the fiber is woven by the other of the weft and warp yarns. The method of claim 15, The woven fabric, characterized in that for mixing the low-temperature fusion yarn and the fiber, weaving the blended yarn. The method of claim 14, Fabric product, characterized in that formed by knitting the low-temperature fusion yarn. The method of claim 14, The low temperature fusion yarn, A blended low-temperature fusion spliced yarn blended with a plurality of fibers, wherein the plurality of fibers are two yarns selected from polyester yarn, cotton yarn, wool yarn and rayon yarn. The method of claim 20, Woven fabrics, characterized in that weaving the blended low-temperature fusion yarn as warp and weft. The method of claim 20, The blended low-temperature fused yarn made of any one of the weft and warp yarns, characterized in that the fabric is characterized in that weaving the fiber to the other one of the weft and warp yarns. The method of claim 20, Weaving the blended low-temperature fusion yarn and the plurality of fibers, and weaving the blended yarn weaving. The method of claim 20, The blended low temperature fusion yarn made of any of the weft and warp yarn, Woven fabrics, characterized in that weaving the low-temperature fusion yarn to the other of the weft and warp. The method of claim 20, Woven fabrics characterized in that formed by knitting the blend low-temperature fusion yarn. delete The method of claim 14, Textile products characterized by apparel, hats, bags, curtains, accessories and interior products. 1. A method of attaching a wick to a textile product, the core comprising a core formed of a polyester having a high melting point and a sheath formed of a low melting polymer polyester surrounding the core. Fusing the wick by heating it between 160 and 240 ° C .; Applying an adhesive to the inner side of the fabric, adhering the fused wick to the inner side of the fabric to which the adhesive is applied; and Attaching the wick to the fabric by applying heat to the fabric to which the wick is bonded. The method of claim 28, The fusion step of the wick, the method of attaching the wick to the textile product, characterized in that the step of adjusting the degree of strength of the wick according to the type of fabric used. The method of claim 29, Fusing the wick, wherein the temperature of the wick increases as the temperature increases.

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